A technological innovation for metro stations, designed to optimize passenger flow and enhance station efficiency.
Developed for a municipal competition in Rome, the project reimagines both mobility management and station design. A silhouette-recognition AI system monitors real-time passenger density inside train carriages, transmitting data to the next station. On the platform, the yellow safety line integrates dynamic LED lighting:
- Green marks areas where less crowded carriages will stop.
- Red indicates the most occupied sections, guiding passengers towards better boarding positions.
To complement the technology, the station itself was redesigned with a futuristic and minimal aesthetic. Large, sinuous white panels in GRC (Glass Reinforced Concrete) conceal ventilation and technical systems, creating a fluid, seamless space.
Illuminated signage and minimal infographics ensure intuitive navigation, enhancing both functionality and user experience.
A technological innovation for metro stations, designed to optimize passenger flow and enhance station efficiency.
Developed for a municipal competition in Rome, the project reimagines both mobility management and station design. A silhouette-recognition AI system monitors real-time passenger density inside train carriages, transmitting data to the next station. On the platform, the yellow safety line integrates dynamic LED lighting:
- Green marks areas where less crowded carriages will stop.
- Red indicates the most occupied sections, guiding passengers towards better boarding positions.
To complement the technology, the station itself was redesigned with a futuristic and minimal aesthetic. Large, sinuous white panels in GRC (Glass Reinforced Concrete) conceal ventilation and technical systems, creating a fluid, seamless space.
Illuminated signage and minimal infographics ensure intuitive navigation, enhancing both functionality and user experience.
